Scientific Grade Spectrometers

ATP 6000 Series

Maximun accuracy with the lowest noise

The ATP 6500 Spectrometer offers exceptional performance for scientific research applications, combining high resolution and sensitivity in a compact design. With its back-thinned, thermo-electrically cooled CCD detector featuring 1044 x 64 pixels, this device delivers outstanding results for weak light detection, particularly in fluorescence and Raman analysis.

The ATP 6500 boasts a wide dynamic range, low noise levels, and reduced dark current, making it ideal for demanding spectroscopic applications across the 180-1100 nm range. Key features of the ATP 6500 include its high quantum efficiency of over 90% and customizable resolution from 0.01 to 4 nm.

Request a quotation

Unmatched Sensitivity

Back-thinned, TE-cooled CCD detector ensures superior sensitivity and low noise, perfect for weak light applications.

Wide Spectral Range

Cover a broad spectrum from 180 to 1100 nm, making the ATP 6500 versatile for various scientific applications.

Flexible Integration

Choose between fiber-coupled or free-space input and USB or UART data output for seamless integration into your research setup.

High-Resolution Performance

Achieve precise spectral analysis with customizable resolution down to 0.01 nm, tailored to your specific research needs.

Superior Quantum Efficiency

With >90% quantum efficiency, capture more light and obtain clearer spectral data in your experiments.

Comprehensive Software Package

Included software and SDK streamline data acquisition and analysis, enhancing your research workflow.

Datasheet Download

ATR6500/6500-2

Specifications

Model	ATP6500 (CH or T3)	ATP6500-2 (CH or T3)
Detector type	Back-thinned CCD	Back-thinned CCD
Temperature	-20ºC or -30ºC (with T3 model)	-20ºC or -30ºC (with T3 model)
Spectral range	180-1150nm (configurable)	180-1150 nm (configurable
Effective pixels	1024	2048
Pixel size	24 µm	12 µm
Resolution	0.01-1.3 nm (configurable) with replaceable slit (with CH model)	0.08-0.9 nm(configurable slit) with replaceable slit (with CH model)
Optical Design	f/4 crossed asymmetrical Czerny-Turner	f/4 crossed asymmetrical Czerny-Turner
Dimensions	170×110×52 mm	217×110×52
Weight	1.65 Kg	1.65 kg
Interface	USB2.0/UART	USB2.0/UART
Power supply	DC 4.5 5.5 V (type @5V)	DC 4.5 5.5 V (type @5V)

Excel at Fluorescence Resistance

Android

1064 ± 0.5nm

200-2500 cm-1

8-12cm-1

5.5", 1920×1080, Multi-point touch control

TE cooled InGaAs

220×110×45mm

1150g

WIFI, USB Type-C, Bluetooth, GSM

Test results report export pdf, txt including detect result, spectral info, evident pictures

Mobile power bank, and standby times >72hrs

USB Type-C

IP68

13 Mpx

Excel at Fluorescence Resistance

Android

1064 ± 0.5nm

0-600 mW (software adjustable)

200-2500 cm-1

8-15cm-1

5.5", 1920×1080, Multi-point touch control

Full free space optical path, no fiber insertion loss

TE cooled InGaAs

220×110×45mm

＜900g

WIFI, USB Type-C, Bluetooth, GSM

Test results report export pdf, txt including detect result, spectral info, evident pictures

4-6 hours

USB Type-C

IP67

13 Mpx

Model	standard	10800	20250	10030
Frequency range	10µHz to 3MHz	10µHz to 3MHz	10µHz to 3MHz	10µHz to 3MHz
Amplitude	0.015mV to 1.0V, or 0.03% to 100% of current range	0.015mV to 1.0V, or 0.03% to 100% of current range	0.015mV to 1.0V, or 0.03% to 100% of current range	0.015mV to 1.0V, or 0.03% to 100% of current range
DC offset	16bit DC offset subtraction and 2 DC-decoupling filters	16bit DC offset subtraction and 2 DC-decoupling filters	16bit DC offset subtraction and 2 DC-decoupling filters	16bit DC offset subtraction and 2 DC-decoupling filters
Dynamic range	0.05nV to 10V, and 0.2aA to 30mA	0.05nV to 10V, and 0.2aA to 30mA	0.05nV to 10V, and 0.2aA to 30mA	0.05nV to 10V, and 0.2aA to 30mA

Specifications subject to change.

	compactSTAT.h standard	10800	20250	10030
Analog in/out	8/2 (0 to +4V, 16bit resolution)	8/2 (0 to +4V, 16bit resolution)	8/2 (0 to +4V, 16bit resolution)	8/2 (0 to +4V, 16bit resolution)
Digital input/output	2 input (0-5V) / 3 output (0-3.3V)	2 input (0-5V) / 3 output (0-3.3V)	2 input (0-5V) / 3 output (0-3.3V)	2 input (0-5V) / 3 output (0-3.3V)
I-out/E-out	Analog monitor for cell current and potential	Analog monitor for cell current and potential	Analog monitor for cell current and potential	Analog monitor for cell current and potential
AC-out	±0.5V sinewave 10µHz-3MHz with variable attenuation	±0.5V sinewave 10µHz-3MHz with variable attenuation	±0.5V sinewave 10µHz-3MHz with variable attenuation	±0.5V sinewave 10µHz-3MHz with variable attenuation
Channel-X input, Channel-Y input	±4V: to record impedance from peripheral devices	±4V: to record impedance from peripheral devices	±4V: to record impedance from peripheral devices	±4V: to record impedance from peripheral devices

Specifications subject to change.

Model	standard	10800	20250	10030
Power requirements	In USB powered mode: standard 5V, 500mA, External adapter: 100-240V, 50-60Hz, 350mA	100-240V, 50-60Hz, 700mA	100-240V, 50-60Hz, 700mA	100-240V, 50-60Hz, 700mA
Interfacing	USB	USB	USB	USB
Size (w x d x h)	12 x 26 x 2.5cm	12 x 26 x 2.5cm	12 x 26 x 2.5cm	12 x 26 x 2.5cm
Weight	0.6kg	0.7kg	0.7kg	0.7kg
PC requirements	Windows 8/10/11, with free USB port	Windows 8/10/11, with free USB port	Windows 8/10/11, with free USB port	Windows 8/10/11, with free USB port

Specifications subject to change.

To be successful your content needs to be useful to your readers.

Start with the customer – find out what they want and give it to them.

Media

Other Modular Spectrometers

Cooled Spectrometers

High Resolution

Micro Spectrometers

Mini Spectrometer

Full Spectroscopy Line-up

Spectrify.

The online software that covers all the spectra analysis needs in a fast and intuitive way.

Discover Spectrify

Custom integration services for spectroscopy devices.

Are you an state-of-the-art researcher designing unique experiments?

Or perhaps an industry professional seeking to include a spectrometer into your production or QC/QA system with customized software control?

Our integration services cater to those in need of custom interfaces for spectroscopy analyzers in quality control environments or those searching for the ultimate flexibility in instruments control.